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arXiv physics/9906033physics.atom-ph
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锂的自旋分辨电子碰撞电离

Spin-resolved electron-impact ionization of lithium

Igor Bray, Justin Beck, Chris Plottke

摘要:

用会聚密耦合(CCC)方法研究了锂原子在25.4和54.4 eV的电子碰撞电离。特别注意的是自旋依赖的电离截面。收敛被发现是更快的自旋不对称性,这是在良好的协议与实验,比基本的截面。与Streun等人(1999)最近测量的和DS3C计算的数据进行比较是最有趣的。发现与测量和计算的自旋不对称性非常一致,但CCC和DS3C截面之间的差异非常大。

英文摘要:

Electron-impact ionization of lithium is studied using the convergent close-coupling (CCC) method at 25.4 and 54.4 eV. Particular attention is paid to the spin-dependence of the ionization cross sections. Convergence is found to be more rapid for the spin asymmetries, which are in good agreement with experiment, than for the underlying cross sections. Comparison with the recent measured and DS3C-calculated data of Streun et al (1999) is most intriguing. Excellent agreement is found with the measured and calculated spin asymmetries, yet the discrepancy between the CCC and DS3C cross sections is very large.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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